Identifiers and Description

Gene Model Identifier

TTHERM_00530659

Standard Name

BIME2 (BIvalents in MEiosis 2)

Aliases

3684.m00838

Description

hypothetical protein; Required for wild-type frequency of meiotic bivalent formation

Genome Browser (Macronucleus)

Full Screen View

No Genome Browser Data Present

Genome Browser (Micronucleus)

Full Screen View

No Genome Browser Data Present

Gene Ontology Annotations

Molecular Function

• microfilament motor activity (IMP) | GO:0000146 | Ref:28803330

Biological Process

• monoatomic ion homeostasis (IDA) | GO:0050801 | Ref:28803330

Domains

• ( PF00176 ) SNF2 family N-terminal domain
• ( PF08158 ) NUC130/3NT domain
• ( TIGR00148 ) UbiD family decarboxylases

Gene Expression Profile

Tetrahymena Stock Center

No Data fetched for Tetrahymena Stock Center

Homologs

Source	Identifier	Score
Tetrahymena borealis	EI9_41155.1	9.997639769646959e-151
	Description: hypothetical protein (415 aa)

General Information

No.	Gene Name(s)	Paragraph Text
116	BIME2	Bime2 protein is distantly related to budding yeast Rdh54/Tid1 and the vertebrate Rad54B helicases. In the bime2 deletion mutant, meiotic crossovers are reduced to an estimated 18% of the wild-type number.

Associated Literature

1. Ref:28803330: Shodhan A, Novatchkova M, Loidl J (2017) BIME2, a novel gene required for interhomolog meiotic recombination in the protist model organism Tetrahymena. Chromosome research : an international journal on the molecular, supramolecular and evolutionary aspects of chromosome biology 25(3-4):291-298

Sequences

>TTHERM_00530659(coding)
ATGGCAATTCAACCAAAGGCAAAGTTTTATTTAATAGGAAATAACTAATTTTTGTTGTAA
AGCCAATATCCAATAATACAATAAAAACTAGTTAGCTTATTGTAAAATTTAGGAATCAAC
ATAAAAAATGAAGAGAGTTTTACATAAAAAATACTGTTAAGCAATGAAGATAGAAAAAAA
ATATTGAAAAATGAAGAAATTTAAAAGCTGATCAAAATCAAAGACATCCCAAAGTTTTTA
AAATAAATTATATCTCTACCCAAGTATTAAGTAGACTAGACTCAAATTCAAAAAAAAATT
AAATAACTAAGTGATGTTAAACCTTCTAAGTATTTTGTTTAGTTTTTTATTGATTACATA
GAAAAGCAAGGTAAGATTCTTTTCCTAGATGATGAAATATTTCCAAAGGTAGAAACTATA
TCATTTCTAATTAAAATACTTTGTTTAAATTATGAGAAACCCTGCTTGATCGTAACTGAT
AGTTATAAAGTAGATAATTGGAAAATAAAAGTATAAAAATGGATTCCTAACTAAAAAATA
TCAAAAATCTAAAATTAAAACGATACTGTTTAATCATGTCCATTAGTTATCATAGTTAAC
TACGAGCACTTTTAGAATAATTATGAATGTCTGAGTGTTATAAATTTTGAATTTCTAATA
CTTGACATTCATGTTGATTAGATTAAAACAAATAACTATGATAGCTTATGTAAAATAAGA
AGTAATACAAAATCAGTAATTATAATTGAAAATTATGAGAGATTAAATACTATTGAAGAC
TACTGGTTATATCTTGCAATCCTGCATTCAACAATTTTCAAATTTGAAAGATTCAGCAAA
TTATAAAAAAGATATGCAATACTAGATCAAAATTCAGTCTCATATTAAGAATTTTCTTAT
ATTTTATCAGAATTTTTTCAAACAAACAAAAGTAGAGAAAATCATAAAATTGAGAGTCAA
TCTCTTTTTTAAAAATTTAGCATAGAATTAAATCTCAAGTAAAAAAAGTAGGTATAGTTA
ATTTAAAGACAATTCAATGGATGGGAAATATAAGAATTTGCTAATATTGGTTATCATACT
AATGAAGATATTAATACATACTTTTAATATCTAACTAATTTAAAAGAATAACATAAAAAT
ACTCTCTTAAAATATTTAAGTTTATTGAAGAGAAAGACTCTAGTTATAGCAGATGGAGAT
TAAGTATTGTGTAAATTATTCAAAAAGTATAAAAATGTATAATTTATTTCATCAGAATCT
GATCTTAGTATAGTCAGTCTGAAGGAATATGGTTAAATCTTGATTCTAGAAATTGATCAA
AACTATGAGGTAAAAAAAGCATTCATCCAAAGACTTAAGTAAGATGAAATAATTAAAACG
AGAATGATCTTTTTAGAAATTGCAGACACCTTAGACTCTACTTTGATTGATTATTTTATA
TCTTGA

>TTHERM_00530659(gene)
ATGGCAATTCAACCAAAGGCAAAGTTTTATTTAATAGGAAATAACTAATTTTTGTTGTAA
AGCCAATATCCAATAATACAATAAAAACTAGTTAGCTTATTGGTATAATATTACCTTGAA
ATTAACTTTAAACATTTCTTTAGCTCAAACTCATATGCAATTTGCTTGATAATAATAATT
AAAATTTTTCATTTATTATTTTAATTATAAAGTAAAATTTAGGAATCAACATAAAAAATG
AAGAGAGTTTTACATAAAAAATACTGTTAAGCAATGAAGATAGAAAAAAAATATTGAAAA
ATGAAGAAGTATTTGAATTAAAAATTTTTTTATTTTTATTTTTTTCATTAAATCAAATTA
GATTTAAAAGCTGATCAAAATCAAAGACATCCCAAAGTTTTTAAAATAAATTATATCTCT
ACCCAAGTATTAAGTAGACTAGACTCAAATTCAAAAAAAAGTAAAATACTAAAATGAATT
AATTAAATTGAAATAAATTAAACATAAAAGATTAAATAACTAAGTGATGTTAAACCTTCT
AAGTATTTTGTTTAGTTTTTTATTGATTACATAGAAAAGCAAGGTAAGATTCTTTTCCTA
GATGATGAAGTATTTAAATTTACTATTTAAAGAGCTATTATTTTTAAAAATATTTATAAA
ATAGATATTTCCAAAGGTAGAAACTATATCATTTCTAATTAAAATACTTTGTTTAAATTA
TGAGAAACCCTGCTTGATCGTAACTGATAGTTATAAAGTAAACTTTAATCAGCTTAAATA
AAAAATTTACTATTGCTTTTATAAAGGTAGATAATTGGAAAATAAAAGTATAAAAATGGA
TTCCTAACTAAAAAATATCAAAAATCTAAAATTAAAACGATACTGTTTAATCATGTCCAT
TAGTTATCATAGTTAACTACGAGCACTTTTAGAATAATTATGAATGTCTGAGTGTTATAA
ATTTTGAATTTCTAATACTTGACATTCATGTTGATTAGATTAAAACAAATAACTATGATA
GCTTATGTAAAATAAGAAGTAATACAAAATCAGTAATTATAATTGAAAATTATGAGAGAT
TAAATACTATTGAAGACTACTGGTTATATCTTGCAATCCTGCATTCAACAATTTTCAAAT
TTGAAAGATTCAGCAAATTATAAAAAAGATATGCAATACTAGATCAAAATTCAGTCTCAT
ATTAAGAATTTTCTTATATTTTATCAGAATTTTTTCAAACAAACAAAAGTAGAGAAAATC
ATAAAATTGAGAGTCAATCTCTTTTTTAAAAATTTAGCATAGAATTAAATCTCAAGTAAA
AAAAGTAGGTATAGTTAATTTAAAGACAATTCAATGGATGGGAAATATAAGAATTTGCTA
ATATTGGTTATCATACTAATGAAGATATTAATACATACTTTTAATATCTAACTAATTTAA
AAGAATAACATAAAAATACTCTCTTAAAATATTTAAGTTTATTGAAGAGAAAGACTCTAG
TTATAGCAGATGGAGATTAAGTATTGTGTAAATTATTCAAAAAGTATAAAAATGTATAAT
TTATTTCATCAGAATCTGATCTTAGTATAGTCAGTCTGAAGGAATATGGTTAAATCTTGA
TTCTAGAAGTAAATTAATCCATTAAAAAAAAAATGAAAAAACTTATAATTTATATTATTT
TAATAAAAAGATTGATCAAAACTATGAGGTAAAAAAAGCATTCATCCAAAGACTTAAGTA
AGATGAAATAATTAAAACGAGAATGATCTTTTTAGAAATTGCAGACACCTTAGACTCTAC
TTTGATTGATTATTTTATATCTTGA

>TTHERM_00530659(protein)
MAIQPKAKFYLIGNNQFLLQSQYPIIQQKLVSLLQNLGINIKNEESFTQKILLSNEDRKK
ILKNEEIQKLIKIKDIPKFLKQIISLPKYQVDQTQIQKKIKQLSDVKPSKYFVQFFIDYI
EKQGKILFLDDEIFPKVETISFLIKILCLNYEKPCLIVTDSYKVDNWKIKVQKWIPNQKI
SKIQNQNDTVQSCPLVIIVNYEHFQNNYECLSVINFEFLILDIHVDQIKTNNYDSLCKIR
SNTKSVIIIENYERLNTIEDYWLYLAILHSTIFKFERFSKLQKRYAILDQNSVSYQEFSY
ILSEFFQTNKSRENHKIESQSLFQKFSIELNLKQKKQVQLIQRQFNGWEIQEFANIGYHT
NEDINTYFQYLTNLKEQHKNTLLKYLSLLKRKTLVIADGDQVLCKLFKKYKNVQFISSES
DLSIVSLKEYGQILILEIDQNYEVKKAFIQRLKQDEIIKTRMIFLEIADTLDSTLIDYFI
S